internal int CalcOptions(BoardSigns.eBoardSigns i_PlayerSign)
{
int numOfOption = 0;
for (int row = 0; row < r_GameBoard.GetLength(0); row++)
{
for (int col = 0; col < r_GameBoard.GetLength(0); col++)
{
if (!IsFullCell(row, col))
{
if (findOpositeSignInSquareAroundMe(row, col, BoardSigns.GetOpositeSign(i_PlayerSign)))
{
r_GameBoard[row, col].CellSign = BoardSigns.eBoardSigns.Option;
numOfOption++;
}
else
{
r_GameBoard[row, col].CellSign = BoardSigns.eBoardSigns.Empty;
}
}
}
}
return(numOfOption);
}
private bool findOpositeSignInSquareAroundMe(int i_RowNumber, int i_ColNumber, BoardSigns.eBoardSigns i_OpositeSignToFind)
{
bool anyOptionFound = false;
for (int rowDir = -1; rowDir < 2; rowDir++)
{
for (int colDir = -1; colDir < 2; colDir++)
{
if (IsInBounds(i_RowNumber + rowDir, i_ColNumber + colDir) && r_GameBoard[i_RowNumber + rowDir, i_ColNumber + colDir].CellSign == i_OpositeSignToFind)
{
anyOptionFound |= findSignInDir(i_RowNumber, i_ColNumber, BoardSigns.GetOpositeSign(i_OpositeSignToFind), rowDir, colDir);
}
}
}
return(anyOptionFound);
}
private void prepareNextUserTurn()
{
if (noMovesForPlayer(BoardSigns.GetOpositeSign(m_CurrentTurnSign)))
{
if (noMovesForPlayer(m_CurrentTurnSign))
{
askForNewGame();
}
}
else
{
m_CurrentTurnSign = BoardSigns.GetOpositeSign(m_CurrentTurnSign);
Text = string.Format("{0}{1} Turn", k_FormName, getCurrentPlayerName());
if (r_OtheloLogicGame.PcTurn(m_CurrentTurnSign))
{
r_OtheloLogicGame.GetPcCellChoice(out int row, out int col);
BoardButton_Click(r_BoardButtons[row, col], EventArgs.Empty);
}
}
}
internal void FillCell(int i_RowNumber, int i_ColNumber, BoardSigns.eBoardSigns i_Sign)
{
r_GameBoard[i_RowNumber, i_ColNumber].CellSign = i_Sign;
findOpositeSignInSquareAroundMe(i_RowNumber, i_ColNumber, BoardSigns.GetOpositeSign(i_Sign));
}